Yale University.  
Computer Science.  
     
Computer Science
Main Page
Academics
Graduate Program
Undergraduate Program
Course Information
Course Web Pages
Research
Our Research
Research Areas
Technical Reports
People
Faculty
Graduate Students
Research and Technical Staff
Administrative Staff
Alumni
Degree Recipients
Resources
Calendars
Computing Facilities
CS Talks Mailing List
Yale Computer Science FAQ
Yale Workstation Support
Computing Lab
AfterCollege Job Resource
Department Information
Contact Us
History
Life in the Department
Life About Town
Directions
Job Openings
Faculty Positions
Useful Links
City of New Haven
Yale Applied Mathematics
Yale C2: Creative Consilience of
Computing and the Arts
Yale Faculty of Engineering
Yale GSAS Staff Directory
Yale University Home Page
Google Search
Yale Info Phonebook
Internal
Internal
 

CS Talk
May 15, 2012
10:30 a.m., AKW 200

Speaker:
Meg Walraed-Sullivan, UCSD
Title: Scalable Label Assignment in Data Center Networks

Abstract: Modern data centers can consist of hundreds of thousands of servers and millions of virtualized end hosts. A key challenge in providing scalable communication in the data center is assigning identifiers, or labels, to network elements and servers so that they can efficiently communicate and perform cooperative tasks. The scale and complexity of a data center makes the labeling problem unique in this environment and solutions often resort to manual configuration that is costly, time-consuming, and error prone. In this talk, I will present ALIAS, a distributed protocol for topology discovery and label assignment in data center networks. ALIAS automates the assignment of topologically meaningful addresses to the nodes in a data center, enabling scalable communication while significantly reducing the management burden of manual configuration at scale.

Bio: Meg is a PhD candidate in the Department of Computer Science and Engineering at the University of California, San Diego, working with Amin Vahdat and Keith Marzullo. Her research interests are rooted in distributed systems and algorithms. She has recently applied this investigation to the data center, enabling scalable communication via strategic label assignment and exploring the relationship between fault tolerance and key properties of hierarchical topologies. Meg received a B.S. and an M.Eng in Electrical and Computer Engineering from Cornell University and will complete her PhD in Computer Science in the Summer of 2012.